Selenium Rectifier Handbook (Sarkes Tarzian Company) Archive... · 2017. 3. 21. ·...

WTTS

FULL RANGE UHF TRANSLATOR

•.,.'.;,;ahtv!i?

,^ i/.-ryK^'/jP-AiSiet-h

\-&'W

^

Our Pledgi

To give you sound engineering, high quality, smooth serv-

ice and dependable production to the best of our ability:

G. I. Eannarino, DirectorJt Mm ’ m Jt

S. Niciejwski, SaJiRs Manager

E. G. Camero^ Works Manager

Walter Petrosky, Prqfluction Superintendent

E. W. Chadwick, Chiej Engineer

C.R. C. Parsons, Chiej Chemist

R. T. Everett, Asst. Chief Chemist

F. T. ZtMRNER, Chiej Quality Control

Sf'VKVri'f

v'S

fepL.

1

FOREWORDSELENIUM RECTIFIER

Handbook

SECTION 1-Page 4

Selenium Rectifiers for

Radio^ Television and

Electronic Application

SECTION 2->Page 49

Power Rectifiers

High Voltage Rectifiers

SECTION 3-Page 74

Selenium Rectifier

Replacement Guide

Copyright 1950 by

Sarkes Tarzian, Inc.

Sarkes Tarzian, Inc. assume no patent

liability with respect to commercial ap-

plication of the circuits contained herein.

The Selenium Rectifier has long been

accepted as an efficient, long lived means of converting alternating

current to direct current in industrial applications with relatively

large power requirements. During the past four years the field of

application of selenium rectifiers was expanded to include radio

and television receivers as well as all types of electronic and mo-

bile equipment. Many millions of units are now in use in these

applications.

Perhaps the greatest factors in this

tremendous expansion have been the application of mass produc-

tion techniques and rapid advance in engineering. The result has

been a high quality product at low cost.

The Sarkes Tarzian organization in-

cludes a staff of expert engineers who thoroughly investigate each

application in the laboratories before submitting recommenda-

tions. Also, constant research is being carried on to maintain the

quality of production and develop rectifiers with higher inverse

voltage ratings.

The entire facilities of the Sarkes

Tarzian engineering department are available to assist you with

your problem. A letter, telegram or phone call will result in a

prompt reply.

2 3

SECTION 1

DIMENSIONAL DIAGRAMThe dimensional diagram shown below is to be used for the

determination of the dimensions of "Centre-Kooled” Selenium

Rectifiers for radio, television and general electronic use. Unless

otherwise indicated, the specified dimensions are maximum.

POSITIVE TERMINAL(RED)

No. 8 MACHINE SCREW

NEGATIVE TERMINAL SIDE VIEW

(YELLOW)

4

SUGGESTEDMOUNTING METHODS

STUD MOUNTING

;CHASSIS

I V

STUD MOUNTING WITH LOCKING LUG

LOCKING LUG BOLT MOUNTING

Typical Circuits Using

SELENIUM RECTIFIERS

The radio "Centre-Kooled” selenium rectifier has found wide application in

all phases of radio, television and electronic design. This versatile unit has completely

changed concepts of D. C. power supply design. Where it had previously been con-

sidered impractical to use voltage multiplier circuits because of complicacy of supply-

ing power to the filaments, the selenium rectifier is now in wide use in voltage

doubler, voltage tripler and voltage quadruplet circuits. Voltage multipliers elimi-

nate the need for a power transformer as well as a rectifier tube. The high efficiency,

cool operation, compactness and light weight of selenium rectifiers have made thempopular in television receivers, all types of radio receivers and many electronic

equipments.

HALF WAVE RECTIFIER

The simplest single phase Selenium Rectifier power supply, shown in figure 1,

requires only a single rectifier and an electrolytic capacitor. Since the rectifier in this

circuit conducts only when the upper A. C. input terminal is positive the first filter

capacitor is charged only once during each cycle of the supply voltage. The ripple

frequency therefore is equal to the supply voltage frequency. For this reason it is

recommended that somewhat larger values of components in the filter network than

would normally be required in a circuit in which the input capacitor is charged

during each half cycle and the ripple frequence thereby double that of the input

frequency.

When the rectifier is conducting during the half cycle the upper A. C. terminal is

positive, the first filter capacitor, Ci, will become charged instantaneously to the peak

of the A. C. input voltage (less the conducting voltage drop through the rectifier) and

maintain the D. C. voltage during the negative half cycle. The average D. C. voltage

across Ci is dependent on two factors, (1) The microfarad value of the input capacitor,

and (2) the milliamperes of current drawn by the load. A larger value of filter capacity

also improves voltage regulation while decreasing the ripple component.

The function of Ri (Fig. 1), the surge limiting resistor, is to minimize the large

surge currents prevalent in half wave circuits. Current flowing through Ri causes a

voltage drop which is greatest when the surge current reaches its peak and assumes

a steady value when, after the first few cycles, the capacitor becomes fully charged.

Ri also acts as a fuse in the circuit and protects relatively expensive components in the

event of a short circuit across the load.

Voltage regulations of 15 to 20% may be realized depending on choice of com-

ponents and load current. The nominal voltage drop in a typical radio type selenium

rectifier rated at 130 volts A. C. input is approximately 5 volts.

LOAD

The voltage doubler is the most frequently used transformerless voltage multiplier

circuit. The no load D. C. output voltage of a voltage doubler circuit is 2.82 times the

RMS value of the input voltage.

The design engineer can choose between two types of voltage doubler circuits.

The half wave voltage doubler is shown in figure 2A; the full wave or symmetrical

voltage doubler in figure 2B. The half wave circuit has the advantage that one side

of the A. C. supply is common with the negative D. C. output, thereby minimizinghum difficulties and secondly, it is not necessary to use identical capacitors in the

doubler circuit. In the full wave or symmetrical voltage doubler circuit the negative

D. C. terminal can not be made common to one side of the A. C. supply and this in-

creases the possibilities of hum in high gain amplifiers. The advantages of the full

wave or symmetrical voltage doubler are: lower ripple component; better voltage

regulation and ripple frequency double that of the A. C. supply. It is important that

the capacities of Cj^ and C 2B are kept as nearly equal as possible to keep the load

divided equally between the two rectifiers.

The functions of Ria and Rib in the voltage doubler circuits are identical to

those of Ri in the halt wave circuit; to limit the initial surge current while the

capacitor is being charged and to act as a fuse in the event a short circuit is caused

across the load.

Maximum voltage regulation and minimum ripple are acquired by use of large

values of capacity.

B +

LOAD

B-

SYMMETRICAL VOLTAGE DOUBLERFIGURE 2 B

6 7

B +

LOAD

B -

VOLTAGE TRIPLER

Although less popular than the voltage doubler circuits, the voltage triplet has

found application where voltages in excess of those delivered by voltage doublers

are required. The typical half wave voltage triplet is illustrated in figure 3A. Themodified form of the voltage triplet illustrated in figure 3B has been widely used in

television receivers to develop bias voltage for the cathode ray tube as well as provide

nominal B-|- voltage to power the set. The rating of RS.s in the circuit need be only

as large as the current requirement, usually in the order of 50 to 65 milliamperes.

The values of RSi and RS2 will depend on the current drawn by the tube complementof the receiver.

The voltage regulation and ripple percentage of the circuit depend on the values

of capacitance used. Ri^^ and Rjp act as surge limiting resistors.

R|B C, RS|

FIGURE 3 B

8

VOLTAGE QUADRUPLER

Theoretically it is possible by adding successive stages of rectifier-condenser com-

binations, to multiply the source voltage to infinite values;however, from economic

and efficiency standpoints the practical limit in commercial applications of voltage

multiplier circuits is the voltage quadruplet. The voltage quadruplet will deliver,

under no load conditions, an approximate D. C. output voltage 5.65 times the RMSvalue of the source voltage. Figure 4A shows a typical voltage quadruplet circuit in

which the negative D. C. terminal is connected to one side of the A. C. supply. Figure

4B shows a quadruplet circuit in common use wherein equal outputs are delivered

both above and below' chassis potential.

Large values of capacitance are required for low ripple and good regulation.

BRIDGE RECTIFIER

The bridge rectifier, Fig. 5, is recommended for use in equipments which require

extremely good regulation and small ripple voltage components in the output. High

ripple frequency and rectification during each half of the input voltage cycle allow

the use of relatively low values of filter components. The efficiency of a single phase

bridge. Fig. 5A, is approximately 70 percent and approximately 90 percent in a three

phase bridge, Fig. 5B. Although commonly used in applications where relatively

high currents are required it is possible nonetheless to connect four standard half

wave radio type rectifiers into a bridge circuit for electronic equipment.

Many suggested applications are listed in this manual; however, these represent

only a small portion of possible applications and circuits. It is being left to the

ingenuity of the engineer and technician to develop circuits to fit his applications

from the suggestions contained herein.

LOAD

THREE PHASE BRIDGE

FIGURE 5 B

10

SELENIUM RECTIFIER

Mode! 3535 MA 130V Max.

Max. RMS Input VoltageMax. Inverse Peak VoltageMax. Peak Current (MA).Max.RMS Current (MA)Max. DC Current (MA)

CHARACTERISTICS130 Approximate Rectifier Voltage Drop 8^ ftO

Minimum Series Resistance (Ohms) 47

- 90 Max. Operating Plate

35 Temperature 85°C

DIMENSIONS IN INCHES(See dimensional diagram, page 4)

A— %” B—%" C-%" D—

%

The Sarkes Tarzian Model 35 was designed to meet field requirements fora low current rectifier. The Model 35 has found wide application in television

boosters and electronic control circuits.

Characteristics follow.

I I

SELENIUM RECTIFIER

Model 6565 MA 130V Max.

SELENIUM RECTIFIER


CHARACTERISTICSMax. RMS Input Voltage.. 130Max. Inverse Peak Voltage 380Max. Peak Current (MA) 650Max.RMS Current (MA) 162

Max. DC Current (MA) 65

DIMENSIONS(See dimensional di

A— 13/32" B— I"

Approximate Rectifier Voltage Drop.... 5


Max. Operating Plate

Temperature SS^C

IN INCHESagram, page 4)

C— I" D— 11/16"

Max. RMS Input Voltage.Max. Inverse Peak VoltageMax. Peak Current (MA).Max. RMS Current (MA) .

Max. DC Current (MA) ..

CHARACTERISTICS130 Approximate Rectifier Voltage Drop380750

Minimum Series Resistance (Ohms)...

187 Max. Operating Plate75 Temperature

5

22

850C


A— 13/32" B— I" C— I" D— 13 16"

The Sarkes Tarzian Model 65 Centre-Kooled Selenium Rectifier is designed tomeet the need for a low current rectifier suitable for one tube receivers, televisionboosters, phonograph oscillators, 3-way portable, 5 tube AC/DC sets, electronic de-vices and as a bias supply in television receivers. This rectifier provides, at lowcost, the improved efficiency and sensitivity that are inherent chracteristics of allpower supplies using Selenium Rectifiers.

Characteristic curves follow.

VOLTAGE REGULATION CURVES FOR MODEL65 SARKES TARZIAN SELENIUM RECTIFIERSHALF WAVE CIRCUIT

DC OUTPUT CURRENT (MA)

The Sarkes Tarzian Model 75 Centre-Kooled Selenium Rectifier is to be used inapplications requiring more than 65 milliamperes, or in sets with high ambient tem-perature conditions. It is particularly adapted to use in large three-way portableradios that normally use five or more tubes. The instant starting feature of SeleniumRectilmrs has made them popular in portable radios since the set starts at once inthe AC/DC position, as well as in the battery position.

Characteristics follow.


UJ

^160

§ 155

^ 150

2 145

D 140O

. 135Ud 130

125

120^

22 -D- model7C

1

mi117 rVAC. ^ 1

DC

SIiBl IH

R_ 1Si

^^C= 100 MFD"^0= 50MFD

lU 20 3040 50 60 70 8090 100 110 120 130 140150DC OUTPUT CURRENT (M^

1213

SELENIUM RECTIFIER


CHARACTERISTICSMax. RMS Input Voltage 130 Approximate Rectifier Voltage Drop ... 5Max. Inverse Peak Voltage 330 .... r • n • >

Max. Peak Current (MA) 1000M'nimum Series Resistance (Ohms) 22

Max. RMS Current (MA) 250 Max. Operating PlateMax. DC Current (MA). 100 Temperature SB^C


A— 13/32" B— 1.25" C— 1.25" 0—13 16"

The Sarkes Tarzian Model 100 Centre-Kooled Selenium Rectifier is ideal foruse in table model AM-FM receivers or combination phonograph sets which do notrequire more than 100 milliamperes from the B-power supply.

As is true of all Selenium Rectifiers, it is also adaptable in countless electronicapplications, such as electric shavers, etc., where a DC potential is either desirableor required.



UJo 160

-J 155o> 150

h-D 1450.

140

o 135ud 130

125

120,

I22A MODEL

117 100 rVAC.

C=I00MFD

C=50MFD

10 20 3040 50 60 70 80 90 100 110 120 130 140150DC OUTPUT CURRENT (MA)

14

SELENIUM RECTIFIER

Model 100A100 MA 130V Max.

CHARACTERISTICSMax. RMS Input Voltage 130

Max. Inverse Peak Voltage 380

Max. Peak Current (MA) 1000

Max. RMS Current (MA) 250


Approximate Rectifier Voltage Drop ... 5



Temperature 85°C


A— 13/32" B— I" C— I" D— I"

Designed to meet the same duty and load conditions as the standard Model 100,

the Sarkes Tarzian Model lOOA has found wide application in sets and devices where

space is at a premium. Although smaller in size, the Model lOOA has been thoroughly

engineered under the same rigid standards that govern all Sarkes Tarzian rectifiers and

will give long life and excellent performance when operated within its ratings.


VOLTAGE REGULATION CURVES FOR MODELlOO-A SARKES TARZIAN SELENIUM RECTIFIERS

HALF WAVE- CIRCUIT


5

CHARACTERISTICSMax. RMS Input Voltage 130 Approximate Rectifier Voltage Drop. ... 5

Max. Inverse Peak Voltage 380Minimum Series Resistance (Ohms)... ... 15


Max. RMS Current (MA) ... 375 Max. Operating Plate

Max. DC Current (MA) 150 Temperature .850C


A— 13/32" B— 1.25" C— 1.25" D— I 11/64'

The medium current handling capabilities of the Sarkes Tarzian Model 150 have

made it ideal in console radio receivers, combination AM-FM phonograph sets andin cascade voltage multiplier circuits in 7 inch television receivers.

D.C.

OUTPUT

VOLTAGE

VOLTAGE REGULATION CURVES FOR TWOMODEL 150 SARKES TARZIAN SELENIUM RECTIFIERSIN A VOLTAGE DOUBLER CIRCUIT

The long life, high efficiency and trouble-free operation typical in all Selenium

Rectifier power supplies have made the Model 150 Rectifier popular in the larger

'radio and small television sets.

SELENIUM RECTIFIER


CHARACTERISTICSMax. RMS Input Voltage , 130



Max. RMS Current ( MA) 500





Temperature 85°C


A— 13/32" B— 1.6" C— 1.6" D—

I

The advent of television on the American scene and its immense popularity havemade the Sarkes Tarzian Centre-Kooled ’’ Selenium Rectifiers for television familiar

18

components in many television receivers. The Model 200 Rectifier is designed and

engineered to meet the requirements of 7"and lO" television receivers, both in cur-

rent handling capacity and temperature rise above ambient conditions. By the use of

Model 200 Rectifiers in the power supply, the television manufacturer can decrease

the size, cost and weight of his- receiver and provide improved performance and

long life.

VOLTAGE REGULATION CURVES FOR TWOMODEL 200 SARKES TARZIAN SELENIUM RECTIFIERSINVOaAGE DOUBLER CIRCUIT

19

SELENIUM RECTIFIER

Aloc/e/ 250250 MA 1 30V Max.






Approximate Rectifier Voltage Drop.-. 5



Temperature 85°C


A- 13/32" B-1.6" C-1.6" D- 1 5/16"

One of the most popular of the Sarkes Tarzian Center-Kooled Selenium Rectifiers


150

0. 140

o 130

u 120d

1 1 0

100

90

C« 150 MFD

C= lOOMFD

C= 50 MFD

20 40 60 80 100 120 140 160 180 200 220 240 260


20

for television is the Model 250, designed for use in applications where more than

200 milliamperes is required.

The Model 250 Rectifier is particularly adaptable in the 8+ power supply of 10

and 12 inch television receivers, although its relatively high voltage and current

handling capacities make it popular in many electronic devices.

VOLTAGE REGULATION CURVES FOR THREEMODEL250 SARKES TARZIAN SELENIUM RECTIFIERS

IN A VOLTAGE TRIPLER CIRCUIT

g 360

8' 340

320

SELENIUM RECTIFIER


CHARACTERISTICSMax. RMS Input Voltage 130 Max, DC Current (MA) 350

Max. inverse Peak Voltage 380 Approximate Rectifier Voltage Drop.... 5

Max. Peak Current (MA) 3500 Minimum Series Resistance (Ohms) 5

Max. RMS Current (MA) 875 Max. Operating Plate Temperature ...85°C


A- 13/32" B-2" C-2" D- I 5/16"

The steady increase in the size of television receivers has caused an increase in

the power requirements from the B-|- power supply. The Sarkes Tarzian Model 350

24

Selenium Rectifier is rated at 350 MA D. C. at a maximum input voltage of 130

volts A. C. By use of a simple half-wave circuit it is possible to power a small A, C.-

D. C. or portable television receiver.

25

SELENIUM RECTIFIER









Max. Operating Plate Temperature 85°C


A— 13/32" B—2" C—2" D—\%”

The Model 450 is another Sarkes Tarzian Selenium Rectifier which has been de-

signed for specific use in larger television receivers, although it has found wide ap-

26

plication in many electronic devices requiring substantial D. C. power. The Model

450 is extremely popular with many large television manufacturers in their 16 and

19 inch sets, and currently has the largest available power output. However, as the

television manufacturers requirements increase, future designs will be engineered and

developed to meet the needs.

27

SELENIUM RECTIFIER







Approximate Rectifier Voltage Drop. .. 5


Max. Operating Plate Temperature. ..85°C


A— 13/32" B—2" C—2" D— lyg"

The Model 450 is another Sarkes Tarzian Selenium Rectifier which has been de-

signed for specific use in larger television receivers, although it has found wide ap-

plication in many electronic devices requiring substantial D. C. power. The Model

450 is extremely popular with many large television manufacturers in their 16 and

19 inch sets, and currently has the largest available power output. However, as the

television manufacturers requirements increase, future designs will be engineered and

developed to meet the needs.

27

SELENIUM RECTIFIER










Temperature 85°C


A— 13/32'' B— 1.25" C— 1.25" D—3l/'32"

The Sarkes Tarzian Model 108 Selenium Rectifier is designed for use in half-wave

circuits having a power source in excess of 130 volts A. C. Rated at 160 volts A. C.

and 100 MA D. C., this rectifier has found wide application in television receivers

where it is used as one arm of a bridge circuit and in mobile equipment as part of

a vibrator power supply.

28

SELENIUM RECTIFIER

Model 78D75 MA 160V Max.

Max. RMS Input Voltage.. 160

Max. Inverse Peak Voltage 440Max. Peak Current ( M A) 750

Max. RMS Current ( M A) 187

Max. DC Current (MA) . 75

CHARACTERISTICS160 Approximate Rectifier Voltage Drop ... 8



Temperature 85°C

DIMENSIONS IN INCHES(See dimensional diagram, page 4]

A— 13/32" B— I" C— I" D— is/g"

The Sarkes Tarzian Model 78D Selenium Rectifier is recommended for use in a

voltage doubler circuit where the current requirements do not exceed 75 milliamperes

D. C. It is also adaptable for use in a bridge circuit which will deliver 150 milli-

amperes. Two units are required for a bridge rectifier.

Typical characteristic curves follow.

SELENIUM RECTIFIER



Max. Inverse Peak Voltage 440Max. Peak Current (MA) 1000

Max. RMS Current (MA) 250Max. DC Current (MA) 100

Approximate Rectifier Voltage Drop.— 8



Temperature 85°C


A— 13/32" B— 1.25" C— 1.25" D— is/g"

Similar to Model 78D the Sarkes Tarzian Model 108D is recommended for usein applications which require more than 75 milliamperes D. C. in a voltage doublercircuit or 150 milliamperes in a bridge circuit. Rated at 160 volts A. C. and 100 milli-

amperes the Model 108D is used in vibrator power supplies and television receivers.


SELENIUM RECTIFIER







Approximate Rectifier Voltage Drop— 8



Temperature 85°C


A— 13/32" B— 1.6" C— 1.6" D—\%"Rated at 160 volts A. C. and 200 milliamperes D. C., when used as a voltage

doubler, the Sarkes Tarzian Model 208D has been used in communications equip-

ment, television receivers and electronic devices. The relatively high power rating

and overload factors of this rectifier have made it ideal for use in application

where dependability and ruggedness are essential qualities.


Other characteristic curves appear on page 4l

BRIDGE TYPESELENIUM RECTIFIERThe Sarkes Tarzian 154B rated at 25 volts

A. C. and 150 milliamperes D. C., the 304B ratedat 25 volts A. C. and 300 milliamperes D. C.and the 604B rated at 25 volts A. C. and 600milliamperes D. C., have been found ideal for

use in supplying D. C. Power for low voltage re-

lays and tube filaments. The 120 cycle ripple fre-

quency lends itself to good filtering which elimi-nates relay chatter and objectionable hum.

Model 154B150 MA 25V Max.



Max. Peak Current (MA) .1800

Max. RMS Current (MA) 270Max. DC Current (MA) 150



A~l3/32" B— I"

C— I" D— 11/16"

Model 304B300 MA 25V Max.



Max. Peak Current (MA) 2400Max. RMS Current ( MA) 540Max. DC Current (MA).. . 300Approximate Rectifier Voltage Drop. .. 2


A— 13/32" BI.25"

C— 1.25" DII/16" Mocfe/ 604BModel 604B

600 MA 25V Max.

CHARACTERISTICSMax. RMS Input Voltage 25 Max. RMS Current (MA) —Max. Inverse Peak Voltage 35 Max. DC Current (MA).Max. Peak Current (MA) 4000 Approximate Rectifier Voltage Drop. ..


A— 13/32" B— 1.6" C— 1.6" D— 11/16"

1080

6002

;4fipUcAti64i^

The versatile Selenium Rectifier has

found wide application in all types of

electrical and electronic equipment in-

cluding radio and television receivers.

The circuit suggestions on succeeding

pages are offered as guides and ideas for

the engineer and technician. Many thou-

sands of applications, ranging from

simple half wave to multiple stage cir-

cuits, are possible. Design this efficient

and reliable unit into your set or equip-

ment and, if necessary, call on us for as-

sistance. Remember, Sarkes Tarzian en-

gineers stand ready to assist you on any

conversion problem at no obligation to

you.

32

33

Home Receivers The selenium rectifier has been

widely accepted by leading radio manufacturers as a standard component

in all types of portable, table model, console, phonograph and combina-

tion radio-phonograph sets. A few of the features that have made the

selenium rectifier popular are—reduced internal heat, because of elimina-

tion of the filament, increased sensitivity in the set, because of more power

output realized by increased output voltage from the B+ power supply

and in portable radios, the instant starting feature because the rectifier

requires no "warm-up” time.

On succeeding pages appear a few of the many typical applications of

the selenium rectifier in home receivers.

AC—DC B-l- POWER SUPPLY USING THE SARKES TARZIAN MODEL 65

SELENIUM RECTIFIER IN CONJUNCTION WITH AN N. T. C. RESISTOR

34

BIAS POWER SUPPLY

Home Receivers

LOW CURRENT B+ POWER SUPPLY

BATTERY CHARGER FOR PORTABLE DRY CELL BATTEHIES

B-P BIAS AND FILAMENT SUPPLY FOR FARM RADIOS

35

Home Receivers

THREE WAY PORTABLE B-l- POWER SUPPLY

PHONOGRAPH AMPLIFIER

B+ POWER SUPPLY FOR CONSOLE RADIO

36

Television The impact of television on American econ-

omy has been great. The popularity and wide distribution of television is

a tribute to the progressive design engineers who have spared no effort

to decrease the cost of television receivers and make them available to con-

sumers in all income groups. These same progressive engineers have real-

ized the advantages of selenium rectifiers and are including them as a

standard component in many of the sets they design. This is not surprising

when the advantages of small size, light weight, low cost, high efficiency,

flexibility of design, and high overload factors are realized.

On succeeding pages appear a few typical circuits now being used in

television receivers. These are representative of typical designs and do not

by any means include all that are in popular use. The engineer and tech-

nician can use these as a basis for improved designs in his application.

TYPICAL VOLTAGE DOUBLER WITH BIAS SUPPLY

37

Television

TYPICAL VOLTAGE TRIPLER

38

Television

TYPICAL VOLTAGE DOUBLER

POWER SUPPLY FOR LARGE TELEVISION RECEIVERS

39

Television

AC DC AND PORTABLE TELEVISION POWER SUPPLY

FOR I = 250MA EA RS=ST MODEL 258 EA C= 125 MFDFORI»300MA EA RS* ST MODEL 308 EA C= 1 50MFDFOR I = 350 MA EA RS= ST MODEL 358 EA C=250MFDFOR 1-450 MA EA RS= ST MODEL 458 EA C=350MFDB+ POWER SUPPLY FOR TELEVISION RECEIVERS

B+ POWER SUPPLY FOR TELEVISION RECEIVERS

40

DC

OUTPUT

VOLTAGE

Television

FOR I = 250MA EA RS=ST MODEL 258 EA C= 125MFDFORI =300MAEA RS=ST MODEL 308 EA C= 150MFDFOR I = 350MA EA RS=ST MODEL358 EA C= 250MFDFOR I=450MA EA RS=STM0DEL458 EA C= 350MFD

B+ POWER SUPPLY FOR TELEVISION RECEIVERS

41

Communications Many large manufacturers of

Communications equipment are using the Sarkes Tarzian Selenium Recti-

fier in vibrator power supplies for mobile receiver - transmitters, as

well as fixed central stations. Of particular interest to the engineer is the

increase in vibrator life because of elimination of high transient voltages

through the reverse conductivity of the selenium rectifier. Also, the high

ambient temperatures and temporary overload conditions prevalent in

communications equipment require a component that is rugged and de-

pendable. The selenium rectifier has met all field requirements and is be-

coming increasingly more popular.

TRANSFORMER SPECIFICATION Ci 08MFDIRON I INCH LAM I INCH STACK Cp I50MFDTRANSFORMER C-AAS 26GA Cf 80MFDLAM 2X2 Cf .5MFDEA PE R 60 T^ISCT C^ .5MFDSEC 835 T^29 ^

VIBRATOROAK MFC

V6606r.5/v ..C

265VOLTSAT200MA

B-ORGROUND

HASH CHOKE24MH

RS* ST MODEL 2(38 C 5 6 V BATTERY

MOBILE POWER SUPPLY WITH TRANSFORMER SPECIFICATIONS

42

Communications

TI-T2 CI-50MFDIRON TRANS C AAS 26GA C2- 50MFDPRI 601^ I6CT C3- 50MFDSEC 835 # 28 C4- 50MFDBUFFER .07-400 VOLTS RS=ST MODEL I 08INQ. VIBRATOR MFG VIBRATOR STANDARD NON SYNC

INQ. VIBRATOR MFG.

B-l- AND BIAS MOBILE POWER SUPPLY

CONTACT VIBRATOR MANUFACTURERFOR VIBRATOR AND TRANSFORMER

TYPICAL FULL WAVE DOUBLER VIBRATOR POWER SUPPLY

43

Communications

EA RS= ST MODEL r08A

VIBRATOR- MALLORY TYPE 1501

TYPICAL AUTO RADIO POWER SUPPLY

Ci: SECONDARY BUFFER CONDENSER .1 MFD. 600 V A.C. RATING

C2 : 40 MFD. 450 V ELECTROLYTIC CONDENSER (Separate Section)

C3 : 40 MFD. 450 V ELECTROLYTIC CONDENSER (Separate Section)

TRANSFORMER DESIGN

Core: 1*4" stack El- 12 (Allegheny) 1" center leg laminations punched

from No. 24 gauge dynamo grade iron annealed after punching inter-

leave 2x2.

Primary: Wound outside 50 T No. 15 en. wire CT.

Secondary: Wound next to core 680 T No. 31 en. wire.

Input: 6.5 volts Output: 270V (a) 100 ma. D. C.

Exciting Current: With 8.0 volts A. C. 60 cycle sine wave impressed

across the entire primary the exciting current shall not be less than

.400 or more than .600 amps. Average .500 amps.

Miscellaneous Although the popular Centre-Kooled

selenium rectifiers were originally designed for use in radio and television

receivers, many engineers in all phases of electronics have taken advantage

of these versatile, low cost units in special types of Electronic Equipment.

A few typical applications are indicated on following pages. These il-

lustrate the wide use of the selenium rectifier in sets where a DC potential

is either required or desirable.

HIGH VOLTAGE POWER SUPPLY FOR TRANSMITTERS

AUDIO AMPLIFIER

5

Selenium

Rectifier

Tester

46

Parts List

SELENIUM RECTIFIER TESTER

Fi—Fuse—2 ampere

Ji—Jack, to accept rectifier lugs

51

—

Switch—Toggle—On-0 flf

52

—

Switch—2 wafer, non shorting

Eo—Voltmeter—0-150 Volts D. C.

Cl—Capacitor—50 mfd.—150 volt

C2—Capacitor—125 mfd.—150 Volt

C3—Capacitor—350 mfd.—150 Volt

Ri—Resistor—Adjustable—2000 ohms—25 watt—Tapped at

2000; 1750 and 1300 ohms

R2—Resistor—Adjustable— 1000 ohms — 50 watt-Tapped at

850; 650 and 520 ohms.

R3—Resistor—Adjustable—500 ohms—100 watt—Tapped at

430; 375 and 290 ohms

Selector Switch PositionsA-A' Model 65—2000 ohms on R' E-E’ Model 200— 650 ohms on R*

B-B' Model 75— 1750 ohms on R' F-F' Model 250— 520 ohms on R»

C-C' Model 100— 1300 ohms on R' G-G' Model 300— 430 ohms on Ra

D-D' Model 150— 850 ohms on R* H-H' Model 350— 375 ohms on Rs

l-l' Model 450— 290 ohms on Ra

Operating Instructions

SELENIUM RECTIFIER TESTER1. With switch Si in the off position, plug rectifier to be tested into the

socket. Observe polarity very carefully.

2 . Rotate Selector Switch S2 to proper position for rectifier type being

tested.

3 . Apply voltage by pushing switch Si to the on position.

4 . Within 5 minutes from the time the voltage is applied the readings

should be as follows:

MODEL6575

100

150

200250300350450

APPROX.DC VOLTAGE READING

1 30 volts

1 30 volts

1 25 volts

1 30 volts

1 30 volts

1 30 volts

1 25 volts

1 25 volts

1 20 volts

5

.

Reject all units that do not approximate these voltages.

CAUTION: It is important that rectifier polarity is closely observed.

47

Miscellaneous

*0+1 VVVV ^ F

—

1 MODEL OUTPUT^ 450VAC J - 005 - ^ 130 VOLTS DC

- MFD ' — ^

MICA

NOTE-USE POLARIZED PLUG ON OUTPUTFOR 130 VOLT DC OUTPUT200 MA DC-C= 60MFD300 MA DC-C= 80MFD400 MA DC-C- 125 MFD450 MA DC- C» 150MFD

LOW COST LABORATORY DC POWER SUPPLY

nr VAC

5/^ 2- MODEL450

t IH*

240VAC

80MFD250V

5/^ 2’MODeL:450

RS

B^lOOOVDC450MA

EA RS=2 MODEL450IN SERIES

|rs

;80MFD600V

2-MODEL-450

RS

80MFD600V

-»-B-

80MFD250 V

2-MODEL450

TRANSMITTER POWER SUPPLY

48

SECTION 2

49

THE SELENIUM RECTIFIERThe fields of application of selenium rectifiers have steadily ex-

panded and today the selenium rectifier is accepted by industry as an

efficient and economical means of converting alternating current -to

direct current. Over a period of years, selenium rectifiers have proved

their characteristics of long life, dependability and maintenance free

operation under severe operating conditions.

Basically, the selenium rectifier consists of a nickel plated aluminum

base plate coated with selenium over which a low temperature alloy is

sprayed. The aluminum base plate serves as the negative electrode

and the alloy as the positive, with current flowing readily from the

base plate to the alloy but encountering high resistance in the opposite

direction. This phenomena results in effective rectification of an

alternating input voltage and current with the efficiency of conversion

dependent to some extent of the ratio of the resistance in the conduct-

ing direction to that of the blocking direction. In normal power ap-

plications a ratio of 100 to 1 is satisfactory; however, special applica-

tions, such as magnetic amplifiers, often require ratios in the order

1000 to 1.

The basic selenium rectifier cell is actually a diode capable of half

wave rectification; however., since many applications require full wave

direct current for maximum efficiency and minimum ripple, a plural-

ity of cells in series, parallel, or series-parallel combinations are stack-

ed in an assembly. Since practically an unlimited number of combina-

tions are possible with available cell sizes, most applications are con-

sidered individually and suitable selenium rectifier stacks, custom

designed for the specific application, are recommended by the manu-

facturer.

Selenium rectifiers are operated over a wide range of voltages and

currents and are adaptable to a wide range of physical requirements.

Selenium rectifiers will operate at high efficiency over a temperature

range of —55° centigrade to 100° centigrade, and when suitably fin-

ished can withstand long period exposures to salt and humid atmos-

pheres. Typical applications range from a few volts at milliamperes

of current to thousands of amperes at relatively high voltages. For in-

stance, it is practical to use selenium rectifiers in a cyclotron applica-

tion which may require 50,000 volts at 5 milliamperes or in electro-

plating and electrolosis equipments which require up to 100,000 am-

50

peres with voltages in the order of 50 volts D.C. Regardless of power,

voltage, or current requirements, wherever direct current is either nec-

essary or desirable, selenium rectifiers will deliver direct current power

both economically and efficiently. On following pages a few typical

rectifier designs are tabulated to serve as a guide to engineers. These

represent only a few of the many possible and practical designs; there-

fore, if the rectifier to meet your requirement is not listed a letter or

phone call will result in an immediate recommendation.

Efficiency

The efficiency of Sarkes Tarzian rectifiers is high, usually in the

order of 90% in three phase bridge circuits and 70% in single, phase

bridge circuits. Of particular interest is the very slight decrease in

efficiency even at high current overloads; Figure 1 shows a decrease

of only 10% in the efficiency of a three phase bridge circuit as the

load current is increased to 300% of normal rated values; in the single

phase bridge the decrease is only 5% under the same conditions. These

data are pertinent to engineers who anticipate forced air cooling and

large current overload factors in their equipment. The efficiency

curves shown in Figure 1 are for normal operating conditions, at low

temperatures the efficiency will decrease somewhat.

51

AgingUnder operating conditions, and, to a lesser extent, when idle, the

selenium rectifier will age. During the aging period the forward and

reverse resistances will increase gradually, and, after approximately

one year, stabilize. This aging will result in approximately a 7% de-

crease in output voltage, therefore, in extremely critical applications,

aging taps should be provided on the transformer to compensate for

the increase in the rectifier resistance. Sarkes Tarzian power type

rectifiers will last indefinitely when properly installed and operated

within recommended ratings.

Forced Air CoolingIt is possible with forced ventilation, to operate selenium rectifiers

at 250% of their normal load current rating. This results in less ex-

pensive and more compact rectifier designs for high current applica-

tions; however, it is essential to limit the operating temperature by a

sufficient volume of air. Also provisions should be made to disconnect

the load if for any reason the flow of air is interrupted. All recom-mendations made by the manufacturer should be followed to insure

long rectifier life.

FIGURE 3

Voltage RegulationThe selenium rectifier has extremely low internal impedance which

exhibits ijon-linear characteristics with respect to applied voltage. This

results in very good voltage regulation even at large multiples of

normal current. Figure 2 shows that as the load is varied from 0 to

300% of normal, the output voltage will change approximately 10%.

It should be noted that because of non-linear characteristics, the volt-

age drop increases rapidly below 50% of normal load, and should be

taken into consideration in applications requiring very small load

currents. The curve in figure 2 applies to single phase full wave

bridge, and center tap circuits which utilize both halves of the input

wave shape. In single phase half wave circuits the regulation will be

poorer; in three phase circuits the regulation will be better.

Thermal CharacteristicsThe selenium rectifier is a thermally as well as electrically rated de-

vice, and special consideration must be given at extreme temperatureranges. The forward and reverse resistances of selenium rectifiers arenon linear with respect to temperature. Figure 5 shows the relative

change in reverse resistance as the temperature is varied from — 20°

centigrade to -j- 100° centigrade. Figure 3 shows the dynamic changein forward resistance at various temperatures; figure 4 shows static

isothermal characteristics under the same conditions. Research in theSarkes Tarzian laboratories has resulted in development of seleniumrectifiers capable of operating, without derating in ambient tempera-tures as high as 90° centigrade for a minimum of 1000 hours. Thisnew development results in extremely small rectifier designs for hightemperature applications where extremely long life is not a prime re-

quisite.

52 53

FrequencyResponse

ISOTHERMAL CHARACTERISTICSFOR SELENIUM RECTIFIER CELLS

FORWARD VOLTAGE DROP CDC)

FIGURE 4

By nature of their

construction, seleniumrectifiers have a con-

siderable amount of in-

herent capacity whichlimits their operating

range to audio frequen-

cies. The approximatecapacity ranges from .1 to .15 microfarads per square inch of rectifying

area. Figure 6 shows reverse current per square inch of rectifying area

versus frequency. From these data it is apparent that there is very

little decrease in reverse resistance and efficiency over a frequency

range of 20 to 1500 cycles per second; however the curve breaks sharp-

ly above 1500 cycles when the interelectrode capacity becomes a factor.

Figure 7 shows D.C. output voltage versus frequency and it may beconcluded that frequency has virtually no effect on the forward im-

pedance of the rectifier. The output curve is flat from 20 to 20,000

cycles per second.

Threshold VoltageA minimum voltage is required to make a selenium rectifier con-

duct in the forward direction. This voltage, commonly known as the"threshold voltage,” precludes the use of selenium rectifiers at ex-tremely low voltage (less than 1 volt) applications. The thresholdvoltages vary with temperature and will increase with a decrease intemperature. Figure 4 shows that under static conditions the thresholdvoltage will increase from .25 volts at plus 75° centigrade to .55 voltsat minus 55° centigrade. Under dynamic conditions (Figure 3) the re-sults are nearly identical; the threshold voltage increases from .25 voltsat plus 100° centigrade to .6 volts at minus 50° centigrade.

OUTPUT VOLTS VERSUS FREQUENCYHALF WAVE RECTIFIER

FIGURE 7

54 55

Special Applications

The unusual characteristics exhibited by selenium rectifiers have

led to their wide-spread use in many special applications. For ex-

ample: the non linear voltage and current relation in the conducting

direction lends itself to voltage regulation wherein at normal voltages

a very small current flows through the rectifier, however, as the volt-

age tends to increase even a fraction of one volt, the current through

the rectifier increases very rapidly and the voltage decreases to its

normal value, also utilization of the threshold voltage phenomena re-

sults in the use of rectifiers as protective devices shunt connected across

delicate measuring equipment. The instantaneous conduction and rela-

tively high reverse to forward resistance ratios found in selenium

rectifiers have led to their use as spark quenchers in inductive circuits.

Compact design for relatively large power requirements has also re-

sulted in the popular use of selenium rectifiers in computers, calcula-

tors, and magnetic amplifiers. These are but a few of the many pos-

sible applications and are mentioned to illustrate the versatility of the

rectifier. Whatever your problem on direct current circuits or power

conversion, consult Sarkes Tarzian engineers.

COMMERCIAL POWER TYPE RECTIFIERS

56

CONVENTIONAL CIRCUITS

The Sarkes Tarzian Selenium Rectifier, in series-parallel connectionsprovides a device that is adaptable to many applications. The most populartypes of circuits in which Selenium Rectifiers are used are as follows

:

1. Single Phase—Half Wave (Figure 8-A, Page 59)

Half wave rectification is generally used for small power applica-tions. The ripple frequency is high since the rectifier conducts onlyduring the positive half of the input cycle; the negative half beingsuppressed by the high reverse impedance of the rectifier. Theripple frequency is equal to the supply frequency. The efficiencyof the half wave circuit is low and special transformer design is

required to prevent poor regulation.

2. Single Phase—Full Wave Bridge (Figure 8-B, Page 59)

The bridge gives full wave rectification and is suitable for relativelyhigh power applications. Efficiencies in the order of 75% are realizedsince both halves of the input cycle are utilized in the load. The ripplefrequency is double that of the supply frequency; consequently the rip-

ple percentage is not objectionably high for normal applications. Thebridge connection is popular because of its flexibility, simplicity andutilization of an economical transformer design.

5. Single Phase—Full Wave Center Tap (Figure 8-C, Page 59)

As in the bridge circuit the ripple frequency of the output is doublethat of the supply frequency and both halves of the input cycle areutilized in the load. However transformer design is more complicatedsince a center tapped transformer with a terminal voltage approximately2.7 times the load voltage is required. This connection is economicalwhere low D. C. voltage is employed (approximately 9 volts max.).

Three Phase—Half Wave (Figure 8~D, Page 59)

The three phase—half wave connection is used in low D.C. volt-age applications where cost is of primary importance and a ripplefactor of 20% does not interfere. Due to the overlapping of thethree phases, output current flows throughout the entire cyclewith the ripple frequency three times the fundamental frequency

57

CONVENTIONAL CIRCUITSSpecial Applications

The unusual characteristics exhibited by selenium rectifiers have

led to their wide-spread use in many special applications. For ex-

ample: the non linear voltage and current relation in the conducting

direction lends itself to voltage regulation wherein at normal voltages

a very small current flows through the rectifier, however, as the volt-

age tends to increase even a fraction of one volt, the current through

the rectifier increases very rapidly and the voltage decreases to its

normal value, also utilization of the threshold voltage phenomena re-

sults in the use of rectifiers as protective devices shunt connected across

delicate measuring equipment. The instantaneous conduction and rela-

tively high reverse to forward resistance ratios found in selenium

rectifiers have led to their use as spark quenchers in inductive circuits.

Compact design for relatively large power requirements has also re-

sulted in the popular use of selenium rectifiers in computers, calcula-

tors, and magnetic amplifiers. These are but a few of the many pos-

sible applications and are mentioned to illustrate the versatility of the

rectifier. Whatever your problem on direct current circuits or power

conversion, consult Sarkes Tarzian engineers.

COMMERCIAL POWER TYPE RECTIFIERS

The Sarkes Tarzian Selenium Rectifier, in series-parallel connections

provides a device that is adaptable to many applications. The most popular

types of circuits in which Selenium Rectifiers are used are as follows

:

1. Single Phase—Half Wave (Figure 8-A, Page 39)

Half wave rectification is generally used for small power applica-

tions. The ripple frequency is high since the rectifier conducts only

during the positive half of the input cycle; the negative half being

suppressed by the high reverse impedance of the rectifier. The

ripple frequency is equal to the supply frequency. The efficiency

of the half wave circuit is low and special transformer design is

required to prevent poor regulation.

2. Single Phase—Full Wave Bridge (Figure 8-B, Page 39)

The bridge gives full wave rectification and is suitable for relatively

high power applications. Efficiencies in the order of 75% are realized

since both halves of the input cycle are utilized in the load. The ripple

frequency is double that of the supply frequency; consequently the rip-

ple percentage is not objectionably high for normal applications. The

bridge connection is popular because of its flexibility, simplicity and

utilization of an economical transformer design.

5. Single Phase—Full Wave Center Tap (Figure 8-C, Page 39)

As in the bridge circuit the ripple frequency of the output is double

that of the supply frequency and both halves of the input cycle are

utilized in the load. However transformer design is more complicated

since a center tapped transformer with a terminal voltage approximately

2.7 times the load voltage is required. This connection is economical

where low D. C. voltage is employed (approximately 9 volts max.).

4. Three Phase—Half Wave (Figure 8-D, Page 39)

The three phase—half wave connection is used in low D.C. volt-

age applications where cost is of primary importance and a ripple

factor of 20% does not interfere. Due to the overlapping of the

three phases, output current flows throughout the entire cycle

with the ripple frequency three times the fundamental frequency56

57

of the source. The efficiency is higher than that of the single

phase half wave connection because of better circuit utilization.

Transformer design is critical for maximum regulation and effi-

ciency.

5. Three Phase Full Wave Bridge (Figure H-E, Page 59)

For heavy D. C. power requirements the three phase bridge is the

most useful and economical circuit. The ripple component of the load

current is high in frequency and is very small—approximately 4%,

which frequently does not require additional filtering. However, in the

event filtering is required the resulting 360 cycle ripple from a 60 cycle

source may easily be filtered by chokes and condensers. The three phase

full wave bridge circuit is characterized by a D. C. output voltage

approximately 20% higher than the applied phase voltage.

6. Three Phase Wave Center Tap (Figure 8-F, Page 59)

Ihe three phase, full wave center tap circuit is economical only

where heavy currents are required at low D. C. voltages. A transformer

with a six phase star secondary is required, (each phase winding of

the secondary is provided with a center tap.)

7. D. C. Valve

The single phase half wave rectifier is frequently used in D. C.

blocking and polarizing circuit as well as for discharging magnetic

fields and condensers. The D. C. voltage rating per cell in block-

ing application is slightly below the rms rating; however, the

allowable load current is higher.

SINGLE PHASE- BRIDGE RECTIFIERS

58

Figure 8

SINGLE PHASE

EaC— 1,15 Edc« DV

Uc — 1.15 'OC

RIPPLE FREQ — 2 F

APPROX. RIPPLE — 52X

E AC = Approx. A. C. Input Voltage (R.M.S.)

E DC= Average D. C. Output VoltageDV = Voltage drop in Rectifier (R.M.S.)

I DC — Average Direct Current Output

I AC = R.M.S. Alternating Current

f = Input Frequency

% RIPPLE

=

R.M.S. A.C. RIPPLE COMPONENTAVERAGE D.C. VOLTAGE

59

KEY TO CODINGSARKES TARZIAN SELENIUM RECTIFIERS

EXAMPLE: 10W26 - 4B1 - AS

60

Selenium Cell Ratings

Single phase current ratings are for resistive or inductive loads only. For battery, motor, orcapacitive loads the ratings are 80% of values shown above. All ratings are based on nor-mal convection cooling.

For fan cooling (approximate air velocity of 500 feet per minute) multiply normal spacedratings by 2.5.

6]

Typical

Selenium

Rectifier

Stacks

On succeeding pages a few of the typical selenium rec-

tifier stack assemblies are tabulated. These will assist en-

gineers to determine approximate physical and electrical

specifications of selenium rectifiers for various powerratings. The list should be used as a guide only since the

variable factors governing the design and use of selenium

rectifier stacks make it impossible to compile a list whichwill cover every application. All tabulated rectifier de-

signs use cells rated at 26 volts RMS per junction, how-ever, for special applications Sarkes Tarzian engineers will

oTten recommend 33 volt cells to conserve space or to

lower cost.

Sarkes Tarzian engineers will supply complete electri-

cal and physical specifications on custom designed recti-

fiers for your application—write or wire to 415 NorthCollege Avenue, Bloomington, Indiana or phone Bloom-ington 2-1435.

SINGLE PHASE—FULL WAVE BRIDGE

MAXIMUMD. C. CODE

NUMBER

StacksReq'dPer

Rating

MaK.A.C.Inpui

APPROX. DIMENSIONSIN INCHES

StackConnec-

tion

Page 69Fig. 10

VOLTS

20

AMPS Mii2m"B"

0.225 2N26-IBI-AS 1 ma 1 iy4 1 B-3

3N26-IBI-AS 1 msiaWIBMmsmP B-3

4N26-IBI-AS 1 Elurnmsma B-3OH 5N26-IBI-AS 1 MMElfama 2 B-3

EOH 6N26-IBI-AS 1 fE3Di 3 3 3 B-3

7N26-IBI-AS muEl 4 3 4 B-3

8.3 9N26-IBI-AS mmElwm 3 6 B-3

9.5 I0N26-IBI-AS 1 mmEln 3 6 B-3

17.8 I2N26-IBI-AS 1 ElaISM 3 mm B-3 MSm

I

0.225 1 ma 1 B-3

3N26-2BI-AS 1 miwaPBlNilMPI B-3

4N26-2BI-AS 1 WESElMEM m B-3 A- 12

1.5 5N26-2BI-AS 1 awmon 2 B-3 A-13

2.5 1 miawmpa 3 B-3 A-14

5.0 /N26-2BI-AS 1 WSia 4 pa 4 B-3 A-15

8.3 9N26-2BI-AS 1 aoapa b B-3 A-16

9.5 I0N26-2BI-AS 1 52a 5 pa 6 B-3 KBiil17.8 I2N26-2BI-AS 1 mB 12 A-18

SINGLE PHASE—FULL WAVE BRIDGE (Cont'd)

MAXIMUMD. C. CODE

NUMBER

StacksReq'dPer

Rating

QQAPPROX. DIMENSIONS

IN INCHESStack

Connec-tion

Page 69Fig.lO

AMPS EIQIMg"m

1

2N26-3BI-AS 1 iSoDB 1 B-3 ^533N26-3BI-AS 1 owsmmmBR1 B-3

1 lEOaWEM!BaED B-3

IQB 5N26-3BI-AS 1 El 2 DEIded B-3

BQl 6N26-3BI-AS 1 a 3 mm 3 B-3

msm 1 sa 4 mm 4 B-3

mam 1 QaEsmmm 6 B-3 KW.'d9.0 I0N26-3BI-AS mma 5 mm 6 B-3

16.9 mmawsmw^BQi B-3

1

0.200 1 B5B 1 msmBE B-3 IIHI33N26-4BI-AS 1 PHaDBwarn B-3

itgiaWEMmsm B-3

1.2 5N26-4BI-AS 1 BIglWM 2 WEBE 2 B-3

2.35 6N26-4BI-AS auirnQj EB 3 B-3

4.5 7N26-4BI-AS 1 igia 4 BB 4 BUB7.9 1 BPnaDBEB 6 BUBMXCU

1 BltgliaEBlEB 6 desbi16.9 I2N26-4BI-AS Hi B iiti

SINGLE PHASE—FULL WAVE BRIDGE (Cont'd)

2N26-5BI-AS 1 IFTilB 5 1 B-3

3N26-5BI-AS 1 HQmPM 5iV l'/4 B-3

4N26-5BI.AS 1 HQalEI 5tV BQ B-3

llKlD 5N26-58I-AS 1 flcHnBB B-3

llBm 6N26-5BI-AS HQEl 3 EB 3 B-3

Jkeb 7N26-5BI-AS HQElOB 00 4 B-3

Ieeb 9N26-5BI-AS 1 HQElDB 00 ni B-3

Ik&p I0N26-5BI-AS 1 IRilmBB 8a B-3

I2N26-5BI-AS 1 aBa 00 B B-3

12(

0.150 2N26-6BI-AS 1 3 1 1^ 1 B-3

0.300 3N26-6BI-AS 1 ICTIaDM 57/8 l'/4 B-3

0.600 4N26-6BI-AS 1 fPlawm 57/8 B B-3 Efilil

1'-0 5N26-6BI-AS fPIa 2 sVs 2 B-3

1 2.0 6N26-6BI-AS 1 m 3 ILB 3 B-3 ^^Q' 4.0 BB 156 B EB lOiV 4 B-3

7.0 9N26-6BI-AS 1 156 B DB IOt^ 6 B-3

8.0 I0N26-6BI-AS 1 IDla 5 lEBOi B-3

15.0 I2N26-6BI-AS ElHa 41/4 I0i>g B B-3

6263

SINGLE PHASE—FULL WAVE BRIDGE (Cont'd) SINGLE PHASE—FULL WAVE CENTER TAP

MAXIMUMD. C. CODE

NUMBER

StacksReq'dPer

Rating

Ifm

IjHS


StackConnec-

tion

PageUpFig. 10

CatalogMAXIMUM

D. C. CODENUMBER

StacksReq'dPer

Ratine

Max.A.C.Inpul


StackConnec-

tion

Page 69Fig. 10

Catalog

NumberVOLTS AMPS i "B"

NumberVOLTS AMPS Fig

9"A"

1"B" "C"

14(

0.150 2N26-7BI-AS 1 ITFla 1 • B-3

10

0.225 2N26-ICI-AS 1 26 A 1 13/8 1 C-2 A-91

0.300 3N26-7BI-AS 1 IITlana 6ii BD B-3 0.450 3N26-ICI-AS 1 26 A l'/4 lys l'/4 C-2 A-92

4N26-7BI-AS 1 irniaUM bH BQI B-3 0.900 4M26-ICI-AS 1 26 A 1.6 1% 1.6 C-2 A-93

J 1.0 5N26-7BI-AS 1 irgaai bU 2 B-3 1.5 5N26-ICI-AS 1 26 A 2 1% 2 C-2 A-94mm 6N26-7BI-AS irga 3 II 1/2 3 B-3 2.5 6N26-ICI-AS 1 26 B 3 2/g 3 C-2 A-95imm 7N26.7BI-AS nn rw 4 II 1/2 4 B-35.0 7N26-ICI-AS 1 26 B 4 2t^ 4 C-2 A-96

Ikeb 9N26-7BI.AS irgaDa III/2 6 B-38.3 9N26-ICI-AS 1 26 B 4'A 2A 6 C-2 A.97

1

8.0 I0N26-7BI-AS nnaEH ll'/2 6 B-39.5 I0N2'6-ICI-AS 1 26 B 5 2 1% 6 C-2 A-98UESM I2N26-7BI-AS Qjgaca ll'/2 12 B-317.8 I2N26-ICI.AS 1 26 C 41/4 2 fs 12 C-2 A-99

16(

0.150 2N26-8BI.AS R7»ni5 1 7'/2 1 B-3 A-64

0.300 3N26-8BI-AS PTi!laDa 7'/2 l'/4 B-3

THREE PHASE^FULL WAVE BRIDGE0.600 4N26-8BI-AS FIgl A 1.6 T'h BQ B-3

IBOi 5N26-8BI-AS 1 FliHa 2 7'/2 2 B-3

32

0.340 2N26-IBAI-AS 1 26 A 1 <4 16 1 BA-4 A- 100mm 6N26-8BI-AS 1 F?t!lm 3 1^1 3 B-30.675 3N26-IBAI-AS 1 26 A l'/4 2 iV l'/4 BA-4 A-IOIjmm 7N26-8BI-AS 1 FHDB 127/8 kb B-3

1.35 4N26-IBAI-AS 1 26 A 1.6 9 3-^ 16 1.6 BA-4 A- 1029N26-8BI-AS 1 208 B 4'/4 127/8 6 B-3

8.0 I0N26-8BI-AS 1 ElnMM 6 B-3 2.25 5N26-IBAI-AS 1 26 A 2 2 16 2 BA-4 A- 103

3.75 6N26-IBAI-AS 26 B 3 3ii 3 BA-4 A-104I2N26-8BI-AS 1 PTi!laDa B-3

SINGLE PHASE—FULL WAVE BRIDGE (Cont'd)7.5 7N26-IBAI-AS 1 26 B 4 3i3 4 BA-4 A- 105

12.5 9N26-IBAI-AS 1 26 B 41/4 3-ii 6 BA-4 A- 106

18(

0.150 2N26-9DI-AS 2 m 1 K!BI 1 B-2 14.25 I0N26-IBAI-AS 1 26 B 5 3-11 6 BA-4 A- 107

0.300 3N26-9DI-AS 2 aDaDBBKI B-2 26.9 I2N26-IBAI-AS 1 26 C 4/4 3li 12 BA-4 A- 108

0.600 4N26-9DI-AS 2 aUMDBBa B-2

64

0.300 2N26-2BAI-AS 1 52 A 1 3/^ 1 BA-4 A- 109

« 1.0 5N26-9DI-AS 2 SQaUM 2 B-20.600 3N26-2BAI-AS 1 52 A 1/4 3 I's l'/4 BA-4 A-l 10

6N26-9DI-AS 2 234 B BB 8 3 B-21.125 4N26-2BAI-AS 1 52 A 1.6 3i‘g 1.6 BA-4 A-l 1

1

mMSM 7N26-9DI-AS 2 QQaDB 8 B-2

llOi 9N26-9BI-AS 1 gQ1ca 14A M B-31.8 5N26-2BAI-AS 1 52 A 2 3 /e 2 BA-4 A-l 12

3.5 6N26-2BAI-AS 1 52 B 3 5ig 3 BA-4 A-l 131

8.0 I0N26-9BI-AS 1 aEB 14/5 6 B-3

6.75 7N26-2BAI-AS 52 B 4 511 4 BA-4 A-l 14imm I2N26-9BI-AS 1 saapa 14A jsm A-81

20(

IE1E9 2N26-I0DI-AS 2 gna5 1 1 B-2 A-821 1.8 9N26-2BAI-AS 1 52 B 41/4 511 6 BA-4 A-l 15

13.5 I0N26-2BAI-AS 1 52 B 5 511 6 BA-4 A-l 160.300 3N26-I0D1-AS 2 gnaaDa l'/4 B-2 A-83

25.3 I2N26-2BAI-AS 1 52 C 41/4 511 12 BA-4 A-l 170.600 4N26-I0DI-AS 2 gnaanm 5/s 1.6 B-2 A-84

5N26-I0DI-AS 2 gnaa JEm 2 B-2 A-85

mm 6N26-I0DI-AS 2 gnaam 3 B-2 A-86

imm 7N26-I0DI-AS 2 gnaa 4 8% 4 B-2 A-87

7.0 9N26-I0BI-AS 1 gnaaDa I51J B-3 A-88

8.0 nrnaIDB I5H B B-3 A-89

IIBI I2N26-I0BI-ASs a 41/4 I5H 12 B-3 A-90

FIGURE 9 c

16-18 THD

—ht

A Bza

!

f

^4

Z2_

Ih k-

-EL

0

64 65

THREE PHASE—FULL WAVE BRIDGE (Cont'd)

MAXIMUMD. C. CODE

NUMBER

StacksReq'dPer

Rating

Max.A.C.Inpul


StackConnec-

tion

Page 69Fig. 10

Catalog

Number1

VOLTS AMPSFig.

9"A" "B" C"

96

0.225 2N26-3BAI-AS 1 78 A 1 1 BA-4 A-l 18

0.450 3N26-3BAI-AS 1 78 A l'/4 BA-4 A-l 19

0.900 4N26-3BAI-AS 1 78 A 1.6 41i 1.6 BA-4 A- 120

1.5 5N26-3BAI-AS 1 78 A 2 4li 2 BA-4 A-I2I

3.0 6N26-3BAI-AS 1 78 B 3 8 3 BA-4 A- 122

6.0 7N26-3BAI-AS 1 78 B 4 8 4 BA-4 A- 123

10.5 9N26-3BAI.AS 1 78 B 4/4 8 6 BA-4 A- 124

12.0 I0N26-3BAI-AS 1 78 B 5 8 6 BA-4 A-125

22.5 I2N26-3BAI-AS 1 78 C 4/4 8 12 BA-4 A- 126

128

0.225 2N26-4BAI-AS 1 104 A 1 5% 1 BA-4 A- 127

0.450 3N26-4BAI-AS 1 104 A 1/4 5/8 I 'A BA-4 A- 128

0.900 4N26-4BAI-AS 1 104 A 1.6 5/8 1.6 BA-4 A- 129

1.5 5N26-4BAI-AS 1 104 A 2 5/8 2 BA-4 A- 130

3.0 6N26-4BAI-AS 1 104 B 3 10/8 3 BA-4 A-131

6.0 7N26-4BAI-AS 1 104 B 4 10/8 4 BA-4 A-132

10.5 9N26-4BAI-AS 1 104 B 4/4 10/8 6 BA-4 A- 133

12.0 I0N26-4BAI-AS 1 104 B 5 10/8 6 BA-4 A- 134

22.5 I2N26-4BAI-AS 1 104 C 4/4 10/8 12 BA-4 A- 135


MAXIMUMD. C. CODE

NUMBER

StacksReq'dPer

Rating

Max.A.C.Input


StackCannec-

tion

Pages 9Fig. 10

Catalog


9"A" "B" "C"

160

0.225 2N26-5BAI-AS 1 130 A 1

7/fi 1 BA-4 A- 136

0.450 3N26-5BAI-AS 1 130 A 1/4 7/8 ''A BA-4 A- 137

0.90 4N26-5BA1-AS 1 130 A 1.6 7/b 1.6 BA-4 A- 138

1.5 5N26-5BAI-AS 1 130 A 27/fl 2 BA-4 A- 139

3.0 6N26-5BAI-AS 1 130 B 3 12/4 3 BA-4 A- 140

6.0 7N26-5BAI-AS 1 130 B 4 12/4 4 BA-4 A-I4I

10.5 9N26-5BAI-AS 1 130 B 4/4 12/4 6 BA.4 A- 142

12.0 I0N26-5BAI-AS 1 130 B 5 12/4 6 BA-4 A- 143

22.5 I2N26-5BAI-AS 1 130 C 4/4 12/4 12 BA-4 A- 144

192

0.2252N26-6HAI-AS2N26-6HBI-AS

1

Ea. 156 A 1 5 1 BA-3 A- 145


1

Ea.156 A 1/4 5 1/4 BA-3 A- 146

0.90 4N26-6HAI-AS4N26-6HBI-AS

1

Ea.156 A 1.6 5 1.6 BA-3 A- 147


1

Ea.156 A 2 5 2 BA-3 A- 148

3.0 6N2&-6HAI-AS6N26-6HBI-AS

1

Ea.156 B 3 8 le 3 BA-3 A- 149


1

Ea.156 B 4 8 i'’6 4 BA-3 A- 150

10.5 9N26-6BAI-AS 1 156 B 4/4 14/8 6 BA-4 A-I5I

12.0 I0N26-6BAI-AS 1 156 B 5 143/8 6 BA-4 A- 152

22.5 I2N26-6BAI-AS 1 156 C 4/4 143/8 12 BA-4 A- 153

3 Phase—Half Wave—Fan Cooled Apprx. .500 PPM

50 I2F26-IHAI-AS 1 15 C 4/4 2/2 12 HA-2 A- 190

too I2F26-IHA2-AS 1 15 C 4/4 3/8 12 HA-2 A-I9I

150 I2F26-IHA3-AS 1 15 C 4/4 4/8 12 HA-2 A- 192

200 I2F26-IHA4-AS 1 15 C 4/4 6 12 HA-2 A- 193

15250 I2F26-IHA5-AS 1 15 C 4/4 6!i 12 HA-2 A- 194

300 I2F26-IHA6-AS 1 15 C 4/4 S/s 12 HA-2 A- 195

350 I2F26-IHA7-AS 1 15 C 4/4 8« 12 HA-2 A- 196

400 I2F26-IHA8-AS 1 15 C 4/4 10/4 12 HA-2 A- 197

450 I2F26-IHA9-AS 1 15 C 4/4 lOil 12 HA-2 A- 198

500 I2F26-IHAI0-AS 1 15 C 4/4 12 I ’e 12 HA-2 A- 199

FIGURE 9


224

0.2252N24-7HAI-A52N24-7HBI-AS

1

Eq.182 A 1 5/8 1 BA-3 A-154


1

Eo.182 A 1/4 5/8 1/4 BA-3 A- 155


1

Ea.182 A 1.6 5/8 1.6 BA-3 A- 156


1

Ea.182 A 2 5/8 2 BA-3 A- 157


1

Ea.182 B 3 9/8 3 BA-3 A- 158


1

Ea.182 B 4 9/8 4 BA-3 A- 159

10.5 9N26-7BAI-AS 1 182 B 4/4 I6/2 6 BA-4 A- 160

12.0 I0N26-7BAI-AS 1 182 B 5 I6/2 6 BA-4 A-I6I

22.5 I2N26-7BAI-AS 1 182 C 4/4 I6/7 12 BA-4 A- 162

256


1

Ea.208 A 1 6/4 1 BA-3 A- 163


1

Ea.208 A 11/4 6/4 1/4 BA-3 A- 164


1

Ea.208 A 1.6 6/4 1.6 BA-3 A- 165


1

Ea.208 A 2 6/4 2 BA-3 A- 166


1

Ea.208 B 3 10/8 3 BA-3 A- 167


1

Ea.208 B 4 10/8 4 BA-3 A- 168


1

Ea.208 B 4/4 10/8 6 BA-3 A- 169

12.0I0N26-8HAI-ASIQN24-8HBI-AS

1 208 B 5 10/8 6 SA-3 A- 170

22.5I2N26-8HAI-ASI2N24-8HBI-AS

1

Ea. 208 C 4/4 10/8 12 BA-3 A-I7I

66 B C 67


MAXIMUMD. C. CODE

NUMBER

StacksReq'dPer

Rating

Max.A.C.Input


StackConnec-

tionPage 49Fig. 10

Catalog


9"A" "B" •C"

288


1

Ea.234 A 1 678 1 BA-3 A- 172


1

Ea.234 A l'/4 678 l'/4 BA-3 A- 173

0.9004N2i-9HAI-AS4N2&-9HBI-AS

1

Ea.234 A 1.6 678 1.6 BA-3 A- 174


1

Ea.234 A 2 678 2 BA-3 A- 175


1

Ea.234 B 3 IIU 3 BA-3 A- 176

6.07N24-9HAI-AS7N24-9HBI.AS

1

Ea. 234 B 4 llli 4 BA-3 A- 177

10.5 mm 11 6 BA-3 A- 178

12.0I0N24-9HAI-ASI0N24-9HBI-AS IMQQ11 5 IIH 6 BA-3 A- 179

22.5I2N24-9HAI-ASI2N24-9HBI-AS H B llili 12 BA-3 A- 180

iBiHii

320

0.225miamm QBi 1 BA-3 A-I8I

0.450 mm Q IQ A- 182

0.900 iHHIEM BIB 7t^ bb1.5 BiMiamm 2 2 BA-3 A- 184

3.04N24-I0HAI-AS4N24-I0HBI-AS Mi B 3 3 BA-

3

A- 185

7N24-I0HAI-AS7N24-I0HBI-AS Ml 11 4 1274 4 BA-3

10.5 MiESI 1274 6 BA-3 A- 187

12.0I0N24-I0HAI-ASI0N24-I0HBI-AS mm S 5 1274 6 BA-3 A- 188

22.5I2N24-I0HAI-ASI2N24-I0HBI-AS

11

Ea. 1 B 12 BA-3 A- 189

8orlO-32 THD^ ®Vl8 THD

UL <\n/>.t

I*- c —

^

THREE PHASE

FULL WAVE BRIDGE RECTIFIER

|g

^JiM>

[I

'Mmu

I?

.ooo/l

;,

000

,

CIRCUIT DIAGRAMSAND

STACK CONNECTIONS

FIGURE 10

HIGH VOLTAGESELENIUM RECTIFIERS

The Sarkes Tarzian line of low current rectifiers have found wideapplication in photo-flash power supplies, cathode ray oscilloscopes,

high potential test equipment, and electronic equipments used by the

armed services. These compact units are primarily designed for use

in high voltage-low current applications; however, they are adaptable

to any low current application in either half wave or full wave cir-

cuits. Sarkes Tarzian type 0 rectifiers are rated at 5 milliamperes in

half wave circuits and 10 milliamperes in full wave bridge or center

tap circuits. The half wave rectifier stacks are available in either

glass enclosures, hermetically sealed for operation in humid or salt at-

mospheres or bakelite enclosures for normal commercial application.

The full wave rectifiers require special sealing or potting for operation

in highly humid or salt atmospheres.

Sarkes Tarzian type 1 rectifiers are rated at 25 milliamperes in half

wave circuits and 50 milliamperes in full wave bridge or center tap

circuits. Available in voltage ratings to 5000 volts; type 1 rectifiers

allow a great saving of space even in medium power applications.

Standard units are not hermetically sealed; however, for special ap-

plication Type 1 rectifiers can be capsulized or sealed in metal con-tainers.

A few typical assemblies of Sarkes Tarzian Type 0 and Type 1 recti-

fiers are listed at right to serve as a guide to engineers. For exact

recommendations consult or write Sarkes Tarzian engineers.

70

LOW CURRENT

BRIDGE RECTIFIERS

HALF WAVE RECTIFIER

bridge rectifier

71

HIGH VOLTAGE

HALF WAVESELENIUM RECTIFIERS

t Iz hi:LJ1_If g ^

GLASS ENCLOSED

TYPE 0 Hermefically Sealed

FIGURE 1

* Refer to note at bottom o

»*-

' page.

B R B HBAKELITE ENCLOSED

TYPE 0 type I

FIGURE 2 FIGURE 3

TYPE

NUMBER

Max.R.M.SInverseVolts

Max.A.C.InputCap.

Max.Peak

InverseVolts

Approx D. C.Output Volts

Approx.C-MFDCap.Input

Max.D.C.M.A.

Dimensionsin Inches Catalog

NumberResis-

tive

Capac-itive

Mg"Fig.

026-I0H-T 260 130 370 105 130 1.5 5 Wa 1 A-220026-I0H-C? 260 130 370 105 130 1.5 5 1 5/16 2 A-221126-IOH-Q 260 130 370 105 130 7.7 25 1 5/16 3 A-222026-20H-f 520 260 740 10 260 .77 5 1% 1 A-223026-20H-<? 520 260 740 210 260 .77 5 1 5/16 2 A-224126-20H-9 520 260 740 210 260 3.8 25 1 5/16 3 A-225026-50H-T 1300 650 1850 525 650 .31 5 3'/4 1 A-226026-50H-<? 1300 650 1850 525 650 .31 5 2'/2 2 A-227I26-50H-C;) 1300 650 1850 525 650 1.5 25 21/2 3 A-228026-75H-f 1950 975 2760 790 975 .21 5 31/4 1 A-229026-75H-9 1950 975 2760 790 975 .21 5 3'/2 2 A-230I26-75H-9 1950 975 2760 790 975 1 25 3'/2 3 A-231026-1 00H-T 2600 1300 3700 1050 1300 .15 5 41/4 1 A-.232026-I00H-O 2600 1300 3700 1050 1300 .15 5 4'/2 2 A-233l26-IOOH-(? 2600 1300 3700 1050 1300 .77 25 4'/2 3 A-234026-I25H-T 3250 1625 4600 1320 1625 .12 5 6 1 A-235026-I25H-9 3250 1625 460C 1320 1625 .12 5 57/16 2 A-236I26-I25H-Q 3250 1625 460C 1320 1625 .62 25 57/16 3 A-237026-I50H-T 3900 1950 5515 1575 1950 .10 5 6 1 A-238026-I50H-0 3900 1950 5515 1575 1950 .10 5 67/16 2 A-239I26-I50H-O 3900 1950 5515 1575 1950 .51 25 67/16 3 A-240026- 75H-T 4550 2275 643C 1840 2275 .09 5 7 i A-241026-I75H-O 4550 2275 643C 1840 2275 .09 5 7 7/16 2 A-242126- 75H-9 4550 2275 6430 1840 2275 .44 25 7 7/16 3 A-243

* Note: Sarkes Tarzian type O rectifiers are also available in bakelite enclosures, with ferrule

mounting and are electrically and mechanically equivalent to listed "T" assemblies. These will

meet all J.A.N. vibration, shock and acceleration requirements. Write for complete information.

POW E R RECTIFIERSSINGLE PHASE -FULL WAVE RECTIFIER STACKS

DC OUTPUTAt 35 *C. Amb.

CIRCUIT ACInput

APPROXIMATEDIMENSIONS— Refer to-

^Figure Catolog

Volts a:;..Refer to

DiagramVolts A B c No.

6-10 2 C.T. 13 3" 21/8" 3" 2 D-IO

6-10 4 C.T. 13 4" 2'/8" 4" 2 D-l 1

6-10 6 C.T. 13 4" 21/j" 4" 2 D-12

6-10 8 C.T. 13 5" 21/8"

6"

2 D-13

6-10 12 C.T. 13 5" 2 /2" 6" 2 D-14

6-10 15 C.T. 13 41/," 2 /8

" 12" 3 D-l 5

6-10 22.5 C.T. 13 4 :4-

2 /2

" 12" 3 D-l 6

6-20 2 BR. 26 3" 2 %" 3" 2 D-l 7

6-20 4 BR. 26 4" 2%" 4" 2 D-l 8

6-20 6 . BR. 26 4" 3/8" 4" 2 D-l 9

6-20 8 BR. 26 5" 2%" 6" 2 D-20

6-20 12 BR. 26 5" 3/8" 6" 2 D-21

6-20 15 BR. 26 41/4" 2/8

" 12" 3 D-22

6-20 22.5 BR. 26 414" 3/," 12"

3 D-23

20-40 2 BR. 52 3" 41/4" 3" 2 D-24

20-40 4 BR. 52 4" 4/4" 4" 2 D-25

20-40 6 BR. 52 4" 6" 4" 2 D-26

20-40 8 BR. 52 5" 41/4" 6" 2 D-27

20-40 12 BR. 52 5" 6" 6" 2 D-28

20-40 15 BR. 52 41/4" 41/4" 12" 3 D-29

20-40 22.5 BR. 52 414" 6" 12" 3 D-30

40-60 2 BR. 78 3" 53/4" 3" 2 D-31

40-60 4 BR. 78 4" 53/4" 4" 2 D-32

40-60 6 BR. 78 4" 8/4" 4” 2 D-33

40-60 8 BR. 78 5" 53/4" 6" 2 D-34

40-60 12 BR. 78 5" 8/4" 6" 2 D-35

40-60 15 BR. 78 41/4"

53/4" 12" 3 D-36

40-60 22.5 BR. 78 41/4" 8/4" 12" 3 D-37

60-100 .5 BR. 130 1.6" 5" 1.6"1 D-38

60-100 1 BR. 130 2" 5" 2"1 D-39

60- 1 00 2 BR. 130 3" 8/2" 3" 2 D-40

60-100 4 BR. 130 4" 8/2" 4" 2 D-41

60-100 6 BR. 130 4" 12/8" 4” 2 D-42

60- 1 00 8 BR. 130 5" 8/2" 6" 2 D-43

60-100 12 BR. 130 5" 12/8" 6" 2 D-44

100-120 .5 BR. 156 1.6" 5/8" 1.6"1 D-45

100-120 1 BR. 156 2" 5/8" 2"1 D-46

100-120 2 BR. 156 3" 9/8" 3" 2 D-47

100-120 4 BR. 156 4" 9/8" 4" 2 D-48

100-120 6 BR. 1564" 15/8" 4" 2 D-49

1 00- 1 20 8 BR. 1565" 9/8" 6" 2 D-50

100-120 12 BR. 1565" 15/8" 6" 2 D-51

CIRCUITS AND DIMENSIONALDIAGRAMS

ALL DIMENSfONSkRE APPROXIMATE

72 73

HIGH VOLTAGE

HALF WAVESELENIUM RECTIFIERS

m (

^

It 1-rLJL_If Q ^

GLASS ENCLOSED

TYPE 0 Hermetically Sealed

FIGURE 1

* Refer to note at bottom o page.

B R B .

BAKELITE ENCLOSED

TYPE 0 type I

figure 2 figure 3

TYPE

NUMBER

Max.R.M.SInverseVolts

Max.A.C.InputCap.

Max.Peak

Inverse

Volts

Approx D. C.Output Volts

Approx.C-MFDCap.Input

Max.D.C.M.A.

Dimensionsin Inches Catalog

NumberResis-

tive

Capac-itive "B" Fig.

026-I0H-T 260 130 370 105 130 1.5 5 Wa 1 A-220026-I0H-9 260 130 370 105 130 1.5 5 1 5/16 2 A-221126-IOH-O 260 130 370 105 130 7.7 25 1 5/16 3 A-222026-20H-T 520 260 740 10 260 .77 5 1% 1 A-223026-20H-(? 520 260 740 210 260 .77 5 1 5/16 2 A-2241 26-20H-

9

520 260 740 210 260 3.8 25 1 5/16 3 A-225026-50H-t 1300 650 1850 525 650 .31 5 3'/4 1 A-226026-50H-9 1300 650 1850 525 650 .31 5 2'/z 2 A-227I26-50H-9 1300 650 1850 525 650 1.5 25 2'/2 3 A-228026-75H-T 1950 975 2760 790 975 .21 5 3'/4 1 A-229026-75H-9 1950 975 2760 790 975 .21 5 3'/2 2 A-230I26-75H-9 1950 975 276C 790 975 1 25 3'/2 3 A-231026-I00H-T 2600 1300 3700 1050 1300 .15 5 41/4 1 A-.232026-IOOH-9 2600 1300 370t 1050 1300 .15 5 4'/2 2 A-233I26-I00H-9 2600 1300 3700 1050 1300 .77 25 4'/2 3 A-234026- 25H-T 3250 1625 460C 1320 1625 .12 5 6 1 A-235026-I25H-9 3250 1625 460C 1320 1625 .12 5 57/16 2 A-236I26-I25H-9 3250 1625 460C 1320 1625 .62 25 57/16 3 A-237026-I50H-T 3900 1950 5515 1575 1950 .10 5 6 1 A-238026-I50H-9 3900 1950 5515 1575 1950 .10 5 6 7/16 2 A-239I26-I50H-9 3900 1950 5515 1575 1950 .51 25 6 7/16 3 A-240026-I75H-T 4550 2275 643C 1840 2275 .09 5 7 1 A-241026-I75H-9 4550 2275 6430 1840 2275 .09 5 7 7/16 2 A-242I26-I75H-9 4550 2275 6430 1840 2275 .44 25 77/16 3 A-243

* Note: Sarkes Tarzian type O rectifiers are also available in bakelite enclosures, with ferrule

mounting and are electrically and mechanically equivalent to listed "T" assemblies. These will

meet all J.A.N. vibration, shock and acceleration requirements. Write for complete information.

POW E R RECTIFIERSSINGLE PHASE -FULL WAVE RECTIFIER STACKS

DC OUTPUTAt 35“C. Amb.

CIRCUITMax.AC APPROXIMATE

DIMENSIONS— Refer to-^Figur. Catalog

Vol*.

Refer to

DiagramVolts A B c No.

6-10 2 C.T. 13 3"

2'/8" 3" 2 D-IO

6-10 4 C.T. 13 4"Z'/8^' 4" 2 D-l 1

6-10 6 C.T. 13 4" 21/j" 4" 2 D-12

6-10 8 C.T. 13 5"Z'/s"

6" 2 D-13

6-10 12 C.T. 13 5" Z'/2" 6" 2 D-14

6-10 15 C.T. 13 41/4"

Z'/8" 12" 3 D-15

6-10 22.5 C.T. 13 41/4"

Zl//' 12" 3 D-l 6

6-20 2 BR. 26 3" Z78" 3" 2 D-l 7

6-20 4 BR. 26 4" Z%'’ 4" 2 D-l 8

6-20 6 , BR. 26 4" 3%" 4" 2 D-l 9

6-20 8 BR. 26 5" zys" 6"

2 D-20

6-20 12 BR. 26 5" 35/8" 6" 2 D-21

6-20 15 BR. 26 41/4" 2%" 12" 3 D-22

6-20 22.5 BR. 26 41/4" 3%" 12" 3 D-23

20-40 2 BR. 52 3" 41/4" 3" 2 D-24

20-40 4 BR. 52 4” 41/4" 4" 2 D-25

20-40 6 BR. 52 4" 6" 4" 2 D-26

20-40 8 BR. 52 5" 41/4"

6"

2 D-27

20-40 12 BR. 52 5" 6"

6"

2 D-28

20-40 15 BR. 52 41/4"

41/4" 12" 3 D-29

20-40 22.5 BR. 52 41/4"

6" 12" 3 D-30

40-60 2 BR. 78 3" 53/4" 3" 2 D-31

40-60 4 BR. 78 4” 53/," 4" 2 D-32

40-60 6 BR. 78 4" 8 I/4" 4" 2 D-33

40-60 8 BR. 78 5" 53/V' 6"

2 D-34

40-60 12 BR. 78 5" 8 I/4"

6"

2 D-35

40-60 15 BR. 78 41/4"

53/," 12"

3 D-36

40-60 22.5 BR. 78 41/4"

8 I/4"

12"

3 D-37

60-100 .5 BR. 130 1 .6" 5"

1 .6"

1 D-38

60-100 1 BR. 130 2” 5" 2

”1 D-39

60-100 2 BR. 130 3" 8 i/j" 3" 2 D-40

60-100 4 BR. 130 4" 8 I/2

" 4" 2 D-41

60-100 6 BR. 130 4" 127/8" 4" 2 D-42

60-100 8 BR. 130 5" 81/j" 6"

2 D-43

60-100 12 BR. 130 5“ 127/8" 6"

2 D-44

100-120 .5 BR. 156 1 .6"

57/8"

1 . 6"

1 D-45

100- 120 1 BR. 156 2" 57/8

" 2"1 D-46

100-120 2 BR. 156 3" 97/8" 3" 2 D-47

100-120 4 BR. 156 4" 97/8" 4" 2 D-48

100-120 6 BR. 1564" i5'/8" 4" 2 D-49

100-120 8 BR. 1565" 97/8

"6"

2 D-50

100-120 12 BR. 1565" IS'/s" 6

"2 0-51

CIRCUITS AND DIMENSIONALDIAGRAMS

ALL DIMENSIONSARE APPROXIMATE

72 73

SECTION 3

Selenium Rectifier Replacement Guide

TelevisionSarkes

Manufacturer Manufacturer's Manufacturer's Manufacturer's TarzianModel No. Chassis No. Part No. Model No.

ADMIRAL ... 4H Series.... 30 Series . 93A-2 71

8C Series . 30 Series . 93A-2 71

30A Series 30 Series . 93A-2 71

.. 93A-2 71

30C Series 30 Series .. 93A-2 71

AIRLINE — 84G Series . MW57E3 20084HA Series . 276147 200946R Series... . 6-2IJ-I6I96 25094GSE-30I5 . MW57E3 200

ANCHOR .. ARC-I0I-50TV . A-I6A-4 .126-1 OH-9

ASTATIC .. AT-I . A-5054 656T-I &2 A-5054 65EA-2 & 3 . A-5054 65

AUTOMATIC ... AR-TV-707-709-710. 200TV-P490 200TV- 12-49. 250TV- 12-50 250

CAPEHART ... 3000 Series C-272 . 650I50D-5 653000 Series.. C-272... . 650I50D-4 4583000 Series ... C-276 . 650I50D-4 65

650I50D-5 458

CONSOLIDATED... ... 2315 200150

CORONADO .. FA43 Series . 6-2 IJ- 15661 ....... 150

6-2 IJ- 16196 250

CROSLEY. ,. 9-425 C- 146924-54 I5n

EMERSON ... 500 Series 120000 Series . 817004 250817005 200

600 Series... 1 20000 Series . 817004 2508 1 7005 2008 1 7006 450817007 250817008 450817009 250817013 250817015 250817017 250

FIRESTONE 1 3G Series 200

GAROD I OTZ Series 6-36,132...

I2TZ Series 6-36,132 ..

1 5TZ Series 6-36,132...

6-36,135...

GENERALELECTRIC. 800 Series T-S-U-W Series K-69J6I0.

K-7IJ40...

IOC Series.. K7IJI28. .

K7IJI64-I

K7IJ387...

150

150

150

200

250250450350350

74

Manufacturer

SYLVAN I A..

SarkesManufacturer's Manufacturer's Manufacturer's TarzianModel No. Chassis No. Part No. Model No.

. 1-075 1-139 517001 2501-076 1-108 517001... 2501-090 1-168 517003 250I-II3 1-139 517001 250

I-II4 1-139 517001 2501-124 1-139 517001. 2501-125 1-139 517001 2501-177 1-186 517001 2501-210 1-139 517001 250

TECH-MASTER.,

TELE-KING

TELE-TONE..

TRUETONE.

WILCOX-GAY.

XR-1 71

XR-1 71

SR-300 300

TV 1 49 TSR-lOO lOO

TV 1 70 TSR-102 250TV208TR TR TSR-lOO 100

TV220 TR TSR-lOO 100

TV250 TK TSR-I04D 250

TV254 TK TSR-I04-D 250TSR-I06-D 300TSR-I07-D 150

DI990 B-2IJ-I6I96 250DI992 B-2IJI6I96 250D2982 57E3 150

D2985 B-2IJ-I566I..... 150

D2987 B-2IJ-I6I96 250

9W Series SRI-2 200

ADMIRAL.

AIRCASTLE..

AIR CHIEF..

4R Series 4R Series 93A 1-6 654TII 4TI. 93AI-6 654W Series 4WI 93A 1-6 655F Series 5FI 93A 1-4 75

6CII 6CI .....93A I -4 75

69 Series 691 93A 1-2 100

6R Series 6Rl 93A 1-2 100

6W Series..... 6WI 93A 1-4 75

6Y Series.. 6Yl 93A 1-4 75

7P Series. SHI 93A 1-2 75

DM700 75EV760 75G521 75G725 ED2 75SC-448 3004 75WRAI-A 485001 75WRA-4M A-801 755000 Series SR- 1 7510005 RS-IOOOO 10011305 A83-391 75I 141 14...... A83-56I 150

120000 Series A83-463 150

131504.. A83-463 1501471 14 A83-568 75

4-A-I2 A-58612 1004-C-5 291-7-574 57EI-2 654-C-I3 75

Manufacturer

AIR KING.

AIRLINE.

SarkesManufacturer's Manufacturer's Manufacturer's Tarzian

Model No. Chassis No. Part No. Model No.

-- Royal PA-51160 .. 75A-510 PA-51160 75

.. 64WG Series 66X7 or 25A 10 1 9 10074 Series BEA-2IJ-I2775 100

26002 100

25A10I9 100

66X7 10084 Series A-2IJ-I2775 100

66X7 100

66X8 7594 Series A-2IJ-I2775 100

66X7 100

1562 ED-2I636L ED-2 ..

1 800 Series SR-75.

SR-I...

EDI

AUTOMATICRADIO

BELMONT

BENDIX

CLARION

CROSLEY

DELCO

DEWALD

EMERSON

. I50TC RE228-I A20207-2 100I5ITC ... RE228-I A20207-2 100I82TFM RE237 A20207-3 15024 IP RE244... A20207-1 75

RE254RE255RE256RE259

244P RE244 A20207-1 75RE254RE255RE256RE259

250P RE248 A20207-1 75280 Series RE253 A20207-3 150

350 Series RE267 C20207-2 100360 Series RE260 C20207-3 150

Tom Thumb 75AHP SR-lOO 100

C-60X SR-75 75M-92C RX-92C I204CB677 B Series 100

A-7AF2I Series A A-2IJ-I2275 100

A-7DF2I Series A CR-I. 100

69 Series 9R0S01 10075 Series 9R0S0I 100

697A 9R0S00 150

147 Series A-83-568 75I 1000 Series A83-391 7512000 Series A83-463 150

13 101 A83-463 150

9-302 200 Series B-143883-2 7510 Series 200 Series... B-145370 100

B- 1 45429 65R-I4I0

. 121683 75

B-504&5I5 80I8A 75D-508 & 508A.... 80 ISA 75

500 Series I 20000 Series 8I7IOI 100600 Series.. 1 20000 Series 81 7101 100

817102 100600 Series I30I32B 8I7I01 100

817102 100

77

SarkesManufacturer Manufacturer's Manufacturer's Manufacturer's Tarzian


SarkesManufacturer Manufacturer's Manufacturer's Manufacturer's Tarzian


FADA- P80 112.6 100PI II I 12.18 75

PI30 112.6 100

GAROD 5D-4& 5...

5K-IGENERALELECTRIC 1 40 Series

150

160.

165

250260..

36.1 11 7536.130 100

REX-004 75

REX-005 100

REX-001 100

REX-001 100

REX-001 100

REX-001 100

REX-001 100

HALLICRAFTERS S-72 27AI5I 150

MOTOROLA— 67XM2I HS-64 48B90I40 100(Cont.) 68LI 1 HS-I 19.. 48B478I 1 1 75

68TI 1 HS-I 44 48B90I40 10069LI 1 HS-I 75 48B-78I 1 1 7577FM Series.. HS-89 & HS-97 48B90I40 100

77XM Series HS-I 02 48B90I40 100

78FM Series HS-128 & HS-132.. 48B90I40 100

78F Series HS-I50& HS-155.. 48B48207 150

79FM Series HS-178 48B48207 150

79XM Series HS-168 ..- 48B48207 150

88FM2I HS-133 48B48207 150

OLYMPIC 7-526, RF-770 100

7-622 RF.849 1507-638 RF-849 1509-542 RF-1744 75

HOFFMAN A-700 100 or NOS 9517 100 PACKARD-BELL 471 72001 75

HOWARD 474

JEWELL 500505

801.

949.

SR-0003 75

34. 65XI 65

65

75

PHILCO 49 Series 121. ... 34-8003... 7534-8003-2 150

50 Series. 121-122 & 123 ... 34-8003-2 150

34-8003 7551 Series.... 121 & 122 ... 34-8003 75

34-8003-1 100

KNIGHT.

LAFAYETTE.

LEAR RADIO. ..

MAGNACORD.

MANTOLA

4B-I70

5B-I7I

5C Series

6B Series..

7B-220

7C-220....

449

SRI .. 75

SRI .. 75A83-39I .. 75SRI .. 75

57EI .. 100

57EI .. 100

. 57EI .. 100

J4 .

1-422... 175-1

1-427

150

75

150

WC-31 l-D 62094 20061 191 100

AD-IR 2044-8 100

R-652-652N 93AI-2 100R-76162 A586I2 100R-76262... A586I2 100

PILOT T-570

T-573

T-601

RAULAND.. 2200 Series

. 110-306 150

. 110-306 150

.. 110-318 100

. JR-0013 100

RCA VICTOR

REGAL.

BX Series RC Series

9BX56 RCI0689X7 RC-I057B....

45EY3 RS-I36A66BX RC-104477U RC-I057A

FM78747

777

1877

1878

B940267-I

B940267-I

B940267 ....

B940267-3

B940267-I.

B940267....

175-1

175-1

75

75

150

65

75

150

150

150

75

75

75

REMLER 5300 Series. L30255 75

MECK CM-500DE-640

.. 5D7-WI8RS- 10000.

75100

DF-641

EV.760RS- 10000.. . 100

75

MEISSNER 6H661

2937529375

100

100

MIDWEST P-6 CR-I 7f;

P-B6 CR-I 75

SENTINEL lU-316 57EI-4or5 75286PR 57EI-4or5 75302 Series 57EI 100

SETCHELL-316 Series 57El-4or5 75

CARLSON 447 SR-I 75

449 SR-I 75458RD SR-I 100

469 SR-I 100

MONITOR. M-510 100

MINERVA 410 10041 1 100

MOTOROLA 5A Series . HS-62-A 4884781 1

1

7«;

58LI 1 HS-I 14 48B4781 1 1 7559L Series HS-I 87 48B478I 1

1

7567LII HS-59 48B470938 75

SIGNAL 34IA 7534 IT 75

SILVERTONE 8020 132.841 N20207-3 758021 132.868 N20207-3 7«;

8168 109.638. DA60256 71;

9161 548.35-8 1633 759270 547.245 V6588-I 759280... 528.168 T-83-642 65

7879

Sarkes

Manufacturer Manufacturer's Manufacturer's Manufacturer's Tarsian


SONORA WDU-249 N5885 75

WLRU Series .. N6579 75

402F N6579 75

SPARTON

STEWART-WARNER

STROMBERG-CARLSON

TELE-TONE.

5-07-PA PA-4202

150-1-2-5 - PA-4208

AT Series 9026 Series 504972 .

B72CRI 9038B 504972

1200 ,

1202

1 204 Series I 1 202 1

.

1400 112046

1500 I 12105

162034

162034.

162058

162034

162034

145 R SR-I

152 R SR-I

75

75

150

150

75

75

150

75

75

100

100

TEMPLE G-410G-415G-521G725H-415H-521

ED-

1

ED-

1

ED-2

ED-

1

75

75

100

150

75

75

TRAV-LER 5000 Series. SR-I 100

TRUETONE

WESTINGHOUSE

ZENITH

D-2919

D-3630 ..

D-3720D-3721.

D-3722 .

D-381 1 1 14BXH

A-2IJ- 12775

93AI-2A83-39I

A83-39I

, A83-39I

100

... 100

75

75

... 75

75

D-3910 A83-568 75

HI48 V4I 15 . 75

HI65 . . V4I 15 .. 75

HI85 V4II5 . ... 75

HI95 V4I 15 75

H202 . .. V2 128-2 V6070 100

H204 V2I28-2 V6070 100

H-302P5 V2I5I-I V-665&-I 75

H-303P4 V2I53 V-9446-1 75

H-304P4 V2I53 ... V-9446-1 75

G-402 4G4I 212-10 65

G-500 ... 5G40 212-5 or 9 .... 75

G503 5G4I 212-10 . .. ... 65

G723 . 7G04 212-7 100

G-724 7G02 212-7 100

G-725 7G0I 212-7 100

H-723 . . 7H04 212-7 100

H-724 7H02 . 212-7 ... 100

H-705 . 7G0IZ 212-7 ... . 100

4G800 4E4I 212-4 75

4G903 4F40 212-5 65

5G003Z 5C40Z 212-2 75

6G80I . 6E40 212-3 100

7H820 7E0I 212-3 or 4 ...... 100

7H822 7E02 212-3 or4 100

7H9I8 7F03 212-7 .... 100

7H920 7F0I 212-3 ... 100

7H92I 7F04 212-3 . ... 100

7H922 7F02 212-7 ...... 100

80 UfKo in U.S.A.

SINGLE BAND UHF TRANSLATOR FULL RANGE UHF TRANSLATOR

Selenium Rectifier Handbook (Sarkes Tarzian Company) Archive... · 2017. 3. 21. ·...

Documents

Transcript of Selenium Rectifier Handbook (Sarkes Tarzian Company) Archive... · 2017. 3. 21. ·...